ABOUT

Our Facility

TF-FAB is a dual chamber magnetron sputtering system with interconnecting load loack. A general overview is shown below.

Common characteristics include 6” susbtrate handling, 800C substrate heater, 2x quartz crystal monitor per chamber, 4x 3” magnetron sources (sputter up) and 3x dedicated lines for processing gases (argon, nitrogen and oxygen). Each chamber has 4 dedicated power supply  which can be connected to any source in that chamber. The system comes with a 6-wavelength ellipsometer to monitor the growing films. The ellispometer can mounted on either chamber for in-situ monitoring but can also be used ex-situ with a dedicated platform. Further chamber specific specifications include:

Process chamber 1 (LHS, PC1): 1 x RF, 2 x DC and 1 x p-DC power power supplies, RF substrate biasing with the source power supply, glancing angle holder insert to grow nanostructures.

Process chamber 2 (RHS, PC2): 1 x DC, 2 x p-DC and 1 x HiPIMS power supplies. RF and DC susbtrate biasing via dedicated power supplies. A 4th gas line is included for gas injection close to the target for light element doping.

Investigators

Prof. Guillaume Zoppi

Principal investigator and responsible for project delivery and management

Prof. Vincent Barrioz

Co-investigator and responsible for Energy Materials user group

Prof. Neil Beattie

Co-nvestigator and responsible for impact activities

Prof. Martin Birkett

Co- investigator and responsible for Biocompatible Materials user group

Prof. Hamdi Torun

Co-investigator and responsible for Functional Materials user group

Dr Cecil Cherian Lukose

Scientific Officer and responsible for day-to-day running of TF-FAB

Customers & Users